a systems approach to addressing
"At its heart, engineering is about using science to find
creative, practical solutions."
- Queen Elizabeth II
Transition Engineering applies scientific and engineering concepts and workflows to find innovative solutions to energy transition and sustainability challenges
In 2021, Dr Rosalie Constable completed the University of Canterbury Energy InTIME© course in Transition Engineering:
Interdisciplinary Transition Innovation, Management and Engineering (InTIME©).
Rosalie is also a member of GATE:
the Global Association for Transition Engineering.
The challenge of rapidly and effectively transitioning to a low-carbon economy is a "wicked problem" - a complex problem with no clear or easy solution.
This is because the current solutions often work well and satisfy essential needs of our society.
But where the current systems are unsustainable, sooner or later they will exceed resource constraints and these unsustainable systems will break down.
Transition Engineering provides an interdisciplinary approach to finding innovative, practical solutions to bring about the changes needed for a more resilient and sustainable future.
Our world is an interconnected system, therefore an integrated systems approach is needed to address energy transition challenges.
The InTIME© workflow is applied in three key stages:
1. Understand the System:
define the boundaries of the system
how is the system working now?
how did the system work in the past?
scenario analysis - what solutions are available?
how do certain scenarios impact future energy and materials use?
what will the future be like?
what needs to happen to achieve this future state?
what is the trigger for this change?
define and implement the "shift project" to effect change
The objectives of any "shift project" are to achieve:
Reduced energy usage
Reduced emissions and waste
Reduced materials consumption
Positive environmental and social impacts
Long-term resilience and sustainability